植物组织

植物组织DNA的提取及纯化方法的研究

Study on the methods of extracting and purifying the plant tissue DNA

植物组织培养因子与培养基中pH值的关系

Relationship Between Plant Tissue Culture Factors and pH Value of Medium

外来供给的天门冬氨酸，在植物组织中并不是一个活跃的天门冬酰胺前体。

Exogenously supplied aspartate is not an active precursor of asparagine in plant tissues .

完成与种子有关的博土学位后，法兰特开始研究是否有可能分离出使大多数种子如此迅速恢复活力的特性，并将其转移到其他植物组织上。

After completing her Ph. D. on seeds , Farrant began investigating whether it might be possible to isolate the properties that make most seeds so resilient and transfer them to other plant tissues .

二种提取植物组织DNA方法的改进及结果比较

The Development and Comparation of Two Methods for Total DNA Extraction from Plant Tissue

一种少量提取植物组织DNA的快速方法

Rapid method for extracting DNA from plant issues

植物组织培养中与pH值变化有关的一些问题

Problems relating to the changes of pH value in plant tissue culture

对植物组织DNA抽提是在分子水平上对植物进行系统分析与研究的基础性工作。

DNA extraction is a basic work to systematically analyze and study plants at molecular level .

一种新的测定植物组织H2O2方法

A new method of h_2o_2 assay in plant tissues

木本植物组织总RNA提取的要点与原理

The Main Points and Principles of Isolating Total RNA from Ligneous Plant Tissues

植物组织RNA提取的难点及对策

The Difficulties in the Isolation of RNA from Plant Tissues and their Resolving Strategies

PP（333）在植物组织培养中的作用

Action of PP _333 in Plant Tissue Culture

适合植物组织原位杂交和原位PCR的切片制作

Method of biological slice making adapting to In situ hybridization and In Situ PCR in Plant organization

将LED辐射的各种光谱进行配比组合应用在植物组织培养、设施育苗、芽苗菜中具有重要意义。

Application of light spectrum of LED on plantlets are important for plant tissue culture , plant cultivation and bud seeding vegetable .

HPLC法定量分析植物组织中ABA，IAA和NAA

Quantitative Analysis of ABA , IAA and NAA in Plant Tissues by HPLC

一种提取富含油脂植物组织总RNA的改良SDS酸酚法

An Improved SDS Acid Phenol Method for Total RNA Extraction from Plant Tissues Rich in Lipid

NDP-黄递酶组织化学方法用于植物组织NOS定位的初步研究

Localization of nitric oxide synthase in plant tissues by use of NADPH-diaphorase histochemical methods

从植物组织中提取高质量的RNA是进行基因克隆和基因表达分析的基础。

Isolation of high-quality RNA from plant tissue is the prerequisite to carry out gene cloning and expression analysis .

新鲜植物组织的pH值是控制植物对铝吸收、转运和累积的最重要的因素。

It is apparent that pH of fresh plant tissues was the most important factor controlling Al uptake , translocation and accumulation in plants .

抗坏血酸（AsA）是植物组织中主要的抗氧化物质。

Ascorbate acid ( AsA ) is a major antioxidant in plants .

植物组织培养基的pH值一旦外植体植入就开始发生改变，直到达到某一平衡点。

It has been shown that the pH of agar medium changed steadily from the time when the explants were introduced until an equilibrium was reached .

植物组织培养物和根系对VA菌根孢子萌发的影响研究

Effects of tissue cultures and root secretion on the germination of VAM fungi spores

在植物组织培养中，光合光量子通量密度（PPFD：PhotosyntheticPhotonFluxDensity）、光照周期和光谱分布对植物的光合作用和形态建成起重要调控作用。

Photosynthetic photon flux density ( PPFD ), photoperiod and spectral distribution play important roles in regulation of plant photosynthesis and morphogenesis during plant tissue culturing .

此外，本文研究了在拟自然条件下VOCs在植物组织／空气体系间的分配。

Furthermore , the partitioning of VOCs between plant organism and air in semi-natural situation was studied .

利用植物组织培养并结合HPLC检测技术，对鬼臼毒素等9种活性化合物在掌叶大黄发状根、离体培养根及悬浮细胞3种培养系统中的生物转化进行了研究。

By using plant tissue culture technology and HPLC techniques , the biotransformation of 9 active chemicals by the 3 in vitro culture systems of Rheum palmatum was studied .

药用植物组织培养（medicinalplanttissueculture）不仅是基因工程应用于植物资源开发与利用方面的重要技术基础，而且在药用植物的资源保护和可持续利用方面具有重要的作用。

Medicinal plant tissue culture is not only the genetic engineering application in plant resources exploitation and utilization of important technical foundation , but also play an important role in medicinal plant resources protection and sustainable utilization .

通过实验比较了植物组织DNA的二种提取方法&CTAB法和SDS法，结果表明，无论在产量还是质量上，SDS法均优于CTAB法。

The development and comparation of two methods & CATB and SDS for total DNA extraction from plant Tissue by test . Results showed that SDS method is better than CTAB method in yield and quality .

龙葵叶片的MDA含量以及渗透调节物质脯氨酸、可溶性糖和可溶性蛋白含量在干旱胁迫下总体呈上升趋势，而植物组织含水量和叶绿素含量则随着干旱胁迫的加剧而下降。

Proline accumulation of Solanum nigrum under drought stress and the change of soluble sugars , soluble protein and malondiadehyde were same as proline . But water content in plant tissue and chlorophyll content were decreased with increasing of drought stress .

这个酶在C3植物组织中也普遍存在，但由于它的在C3植物的多数组织中含量很低，因此其准确的非光合的功能并未得以确定。

The enzyme is also ubiquitous in C3 plant tissues , although a precise non-photosynthetic C3 function ( s ) is yet to be validated , owing largely to its low abundance in most C3 organs .

谷氨酰胺转氨酶（TGase）是一种催化酰基转移反应的酶，它广泛存在于动植物组织器官和多种微生物中。

Transglutaminase ( TGase ) is an enzyme which can catalyze the transfer reactions of acyl . TGase distributes widely in tissues of plants and animals and microorganisms .